You Are Not Fragile | Gaia Forlani

Before Gaia Forlani became a neuroscientist, she was a professional ballerina.Ballet gave her a direct understanding of movement at a high level: control, rhythm, timing, strength, coordination, and the constant feedback between the brain and the body.That background still shapes how she sees Parkinson’s.Today, she works at the intersection of neuroscience, coaching, and Parkinson’s performance, helping people think differently about movement, training, and identity after diagnosis.Eric and Gaia talk about why so many people with Parkinson’s are treated as fragile, even when they are strong, capable, and willing to train.They also get into purposeful training, recovery, sleep, overtraining, cognition, and the difficult overlap between Parkinson’s and aging.Key Takeaways➡️ People with Parkinson’s are not fragile.Gaia challenges the way people with Parkinson’s are often treated as passive, incapable, or already declining, especially when many are still strong, capable, and willing to train.➡️ Training needs purpose, not just effort.Eric and Gaia separate general activity from purposeful training, including strength, power, coordination, and movement that is matched to the person’s goals and capacity.➡️ Recovery is part of performance.More exercise is not always better. Gaia and Eric talk about sleep, recovery, overtraining, and why athletes with Parkinson’s need to take rest as seriously as training.➡️ Identity shapes how people adapt.The language people use around Parkinson’s matters. Gaia talks about seeing people as athletes rather than patients, while also recognizing that the constant “fight” mindset can become exhausting.Key Moments00:01 — Eric asks about Gaia’s “You Are Not Fragile” message00:22 — Why Gaia pushes back on people with Parkinson’s being treated as fragile03:15 — Eric reflects on mindset, gratitude, and not feeling like a victim05:34 — Gaia’s path from ballerina to neuroscientist10:32 — How ballet shaped Gaia’s understanding of the brain and body12:46 — Treating the whole person as an athlete13:00 — Language, identity, and not calling people with Parkinson’s patients13:56 — Sleep, recovery, and neurological regulation14:55 — The risk of doing too much after diagnosis17:28 — When exercise becomes harmful without the right foundation18:44 — General movement versus exercise medicine20:27 — Cognition, strength training, and metabolic health23:25 — Aging versus Parkinson’s symptoms24:53 — Muscle loss, strength, power, and bradykinesia28:34 — Looking at the person before the diagnosis29:15 — Training professionals to understand Parkinson’s movement31:01 — Gaia’s work moving online and reaching a wider audience32:02 — Coaching as a two-way learning process32:34 — Eric compares Parkinson’s adaptation to jiu-jitsu34:20 — Why the “fight” against Parkinson’s can be motivating but also exhausting36:16 — Eric on balancing jiu-jitsu, pickleball, recovery, and downtime37:00 — Education, family support, and the social side of Parkinson’s38:38 — Beliefs, mindset, and defining your own story39:53 — Eric on small wins, daily resets, and moving forwardAbout Gaia Forlani:Gaia is a neuroscientist specializing in sensorimotor, clinical, and movement neuroscience. A former professional ballerina, she brings together movement science, coaching, and performance experience in her work with people living with Parkinson’s. She is the co-founder of the Parkinson Performance Centre and creator of the Parkinson Power Protocol.Connect with Gaia:Website: http://parkinsonperformancecentre.com/LinkedIn: Gaia ForlaniInstagram: gaia.forlani.ppcFacebook: Gaia ForlaniParkinson's: An Athlete's Journey📩 Join our Community: https://evfmethod.com/subscribe-to-podcast-community🎧 Listen and Subscribe: Parkinson's An Athlete's Journey🎬 Watch on YouTube: @parkinsonsathletepodcast📸 Instagram: @parkinsonsathletepodcast🤝 LinkedIn: Parkinson's An Athlete's Journey🌐 Website: www.evfmethod.comDisclaimerThis podcast shares personal experience and general education, not medical advice. Always talk with a qualified healthcare p